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Design of thin-walled plain channel section columns against flexural buckling
AbstractThe paper presents a comparison of design strengths of thin-walled plain channel section columns, which have slender flanges and may undergo local buckling, with tests and analytical ultimate loads. The design strengths are obtained using the British, American and Australian specifications for cold-formed steel structure. The comparison is shown for fixed-ended and pin-ended columns.A simple design procedure is presented for plain channel section columns. By introducing a ‘pin-ended stub column strength’, it is possible to calculate accurately the strength of concentrically loaded pin-ended columns without resorting to a beam-column design approach. It is also possible to account for the different effects of local buckling on the strengths of pin-ended and fixed-ended columns.
Design of thin-walled plain channel section columns against flexural buckling
AbstractThe paper presents a comparison of design strengths of thin-walled plain channel section columns, which have slender flanges and may undergo local buckling, with tests and analytical ultimate loads. The design strengths are obtained using the British, American and Australian specifications for cold-formed steel structure. The comparison is shown for fixed-ended and pin-ended columns.A simple design procedure is presented for plain channel section columns. By introducing a ‘pin-ended stub column strength’, it is possible to calculate accurately the strength of concentrically loaded pin-ended columns without resorting to a beam-column design approach. It is also possible to account for the different effects of local buckling on the strengths of pin-ended and fixed-ended columns.
Design of thin-walled plain channel section columns against flexural buckling
Rasmussen, K.J.R. (author) / Hancock, G.J. (author)
Thin-Walled Structures ; 20 ; 219-240
1994-01-01
22 pages
Article (Journal)
Electronic Resource
English
Design of Thin-Walled Plain Channel Section Columns Against Flexural Buckling
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